AXIAL-FLOW®

COMBINES

WE’RE HERE FOR YOU.JUST LIKE ALWAYS.WE COME TO YOUR FARM WITH PRACTICAL,PROVEN WAYS TO HELP YOU DO WHAT YOU DO.THE TOOLS.THE TECHNOLOGY.THE UNDERSTANDING.THE SUPPORT.THAT’S WHAT WE DO.WE ARE CASE IH.

SIMPLICITY

Axial-Flow® combines are designed with fewer moving

parts for unmatched reliability and easier serviceability.

CROP ADAPTABILITY

Designed to harvest over 134 types of grains in many

conditions. The Axial-Flow® combine is versatile

enough to match your diverse harvesting needs.

MATCHED CAPACITY

Controlling crop flow is the key to harvesting success.

The Axial-Flow® feeder, rotor, cleaning, grain handling,

residue management and power systems are designed

to optimise crop flow and maximise productivity.

GRAIN QUALITY

Gentle grain-on-grain threshing is the hallmark of the

Axial-Flow® design. From feeding to cleaning, the entire

system is designed to minimise grain damage.

GRAIN SAVINGS

Axial-Flow® combines pave the way for savings.

Thorough threshing and efficient separation puts more

grain in the tank and more profits in your pocket.

RESALE VALUE

Case IH combines reward their owners with impressive

resale value. A wide variety of kits are also available

to enhance performance, upgrade technology, boost

productivity and maximise your investment.

AXIAL-FLOW® CORE PRINCIPALS

54

HARVESTING CONTROL

With the Case IH Axial-Flow® combine, you will have

all the capacity you need, including easy adjustment

options to match your crop and field conditions, as

well as minimise potential grain loss. The Case IH AFX

rotor creates smooth crop flow, improving throughput

and putting more high quality grain in the tank.

UNPARALLELED OPERATOR ENVIRONMENT

Thanks to more space and an ergonomic design,

when you climb into the Case IH Axial-Flow® cab, you

will get a panoramic view of what leadership really

looks like. When the days are long and the nights are

even longer, you will come to really appreciate the

industry-leading comfort of the Axial-Flow® cab.

INTUITIVE OPERATION

We understand the importance of making machine

adjustments on the go, which is why the Case IH

Multi-Function propulsion handle was designed to have

the most commonly used controls placed within easy

reach. Plus, you will be able to work more efficiently

thanks to crop presets and the ability to save multiple

crop settings in memory. In addition, in-field productivity

is enhanced by conveniently grouped functions and a

state-of-the-art AFS® Pro 700 touch screen display for

yield monitoring and machine/guidance control.

TAKE CONTROL OF YOUR HARVEST

MAXIMUM UPTIME

The simple and reliable Case IH Axial-Flow® combine

is designed with fewer moving parts reducing your

maintenance requirements and saving you money.

Innovative features like the in-cab rotor de-slug, standard

on Axial-Flow® 240 Series models, keep you on the go.

And with Case IH combines featuring the industry’s

longest service intervals, you will be sure to maximise

your harvest time day after day, season after season.

76

This proud history is only part of the story. With roots

running far and deep into harvesting history – indeed, to

the 1840s when the Case thresher and the McCormick

reaper revolutionised the mechanical harvesting process

– the Axial-Flow® combine was born of that same

revolutionary spirit in East Moline, Illinois, in 1977.

A radical departure from the conventional combines of the

time, it was designed to deliver greater capacity, simplicity and

reliability – principles which guide its development to this day.

When the first Axial-Flow® combine was revealed to the

world it was the culmination of over a million man-hours

of research, hard work, testing and engineering which

had begun in the 1960s when International Harvester

first started developing a single-rotor combine.

Every element of the new machine was thoroughly

examined, re-examined and refined to ensure it could

efficiently adapt to the many hundreds of different

crops it needed to harvest, with minimum effort and

while maintaining a high standard of grain quality.

A REMARKABLE HISTORY

Case IH has a long and proud history in the

agriculture industry with innovations such as:

� The first steam engine tractor

� The first row-crop tractor: the Farmall family

� The first spindle cotton picker

� The first 4WD articulated tractor: the Steiger family

� The first sugarcane harvester

� The first Advanced Farming Systems technology

98

1995 The new 2100 series arrived with an all-new cab and styling.

1942International’s No. 123-SP (self-propelled) combine was released. The self-propelled model featured an IH six-cylinder engine, 12 foot grain head, hydraulic platform control and weighed 7,200 pounds (3,273kg).

1955 The No. 141 Hillside combine was the first machine to level hydraulically with a system to level the platform both fore and aft as well as side to side.

1963 The first test of the CX-1 Rotary Prototype was tested in Tucson Arizona on June 2 1963.

1977 The introduction of the first 300 Axial-Flow® combines occurred in 1977 in the U.S., offering two new models, the 1440 and the 1460. The first Axial-Flow® combines featured manual hydraulics, an open centre hydraulic system (gear pump) as well as manual and automatic header height controls. This was followed by their launch in Australia in 1978-79.

In Europe, the 1420-1440-1460 models were built in France at the International Harvester Plant in Angers at the beginning of the 1980’s. The Angers’ produced 1400 series was exported to Australia. The top model 1480 was built for World Wide Production in the historical IH East Moline Plant.

1984 On November 26, 1984, International Harvester agreed to sell its agricultural equipment business to Tenneco, the parent company of JI Case. This formed the creation of Case IH, which would continue the Axial-Flow® line at the East Moline plant.

1842Jerome Increase Case founds the Racine Threshing Machine Works in Racine, Wisconsin. He innovates the current thresher that separated the straw from the grain.

1847 In Chicago, Cyrus McCormick founds the McCormick Harvesting Machine Company, which will later become International Harvester.

1913 Developed in conjunction with the McCormick model, the first experimental harvester-thresher was built. In 1915, IHC offered its first combine. At that time horse drawn implements were the most common, and it took all sorts of horse hitching equipment to line up 8 to 10 horses to move one machine.

1925 By 1925, IHC was offering tractor drawn combines and by 1929, the J.I Case Company had arrived in Australia.

1902 On August 12, 1902, J.P Morgan brokers the merger of McCormick, Deering and three other smaller brands in an agreement estimated to be worth $120 million. The new company is named International Harvester.

1923The 100,000th thresher machine produced by Case made its way off the assembly line, marking an important milestone for the Case company.

1935 The No. 36 harvester-thresher was designed to be powered by a 7 to 14-hp tractor belt pulley or stationary engine. Designed with the small-acre farm in mind, it could be configured with an optional trailer attachment so it could be transported.

1878 Jerome Increase Case won first place at the 1878 Paris Exposition in France for his thresher. This was to be the first thresher sent abroad by the Case company, and was the first of thousands, which would later be exported internationally.

1985 Decals on the combines released now read “Case International”. An interesting model produced in 1985 was known as the “Australian Special” 1460. This was a 1460 with a 210HP 1480 engine. Other options included in the “Kangaroo Specials” were a 2-speed hydro, straw chopper, and rock trap.

1986 The 1600 Series Axial-Flow® combine was introduced. This year brought enhancements to the Axial-Flow® heritage such as an optional feeder reverser and capacity increases up to 70% on the 1640 and 1660 combines. The biggest news of 1986 was the new 1600 series with the introduction of the Specialty Rotor. This rotor was fitted with short rasp bar segments mounted in a spiral pattern throughout the length of the rotor.

1993 The revised 1600 series, the third generation of Axial-Flow® combines features the new Cross Flow™ Fan System.

1996 AFS® (Advanced Farming Systems): Axial-Flow® combines are the first in the industry to offer factory-installed AFS® yield monitors with Global Positioning System (GPS) capabilities.

1998 The 2300 series was released with features available such as a hydraulically driven rotary air screen, deluxe cab and in-cab tailings monitor.

1999The AFS® offering is updated with a new touch screen and yield monitor.

2002 The new AFX Rotor is unveiled. It uses enhanced graduated pitch impellers to promote smooth crop flow and increase rotor throughput capacity in tough conditions.

2003 The all-new AFX8010 is released featuring the new AFX rotor. The AFX8010 introduced many industry leading features such as Power Plus rotor CVT drive for rotor and feeder drive as well as the hydraulic closed loop drive for the cleaning fan and the self-levelling cleaning system.

2007In Model Year 2007, the 30th anniversary of the Axial-Flow®, the 2500 series and 7010 combines were introduced with extensive internal and external upgrades to the machine and the AFS® systems.

2009 Case IH introduced six new models of combines in 2009, three 88 series (5088, 6088 and 7088) and three 20 series (7120, 8120 and 9120). The new models included new styling, more horsepower and Case IH’s first class nine combine.

2012 The introduction of the Axial-Flow® 5130, 6130, 7130, 7230, 8230 and 9230 combines marks the 35th anniversary of the Axial-Flow® rotary combine.

2014 The new 140 series Axial-Flow® is released, including the 7140 offering for the first time, Class VIII horsepower in a Class VII machine.

2015 The introduction of the Axial-Flow® 7240, 8240, and 9240 combines with, larger grain tank options and all new FPT engines including the 15.9L for the first time in Case IH equipment, delivering over 600 maximum hp.

2016 The Cross Flow™ Cleaning System was introduced on the 140 series. Side slope compensation cleaning systems are now available on all Axial-Flow® combines in Australia.

1956When the IH engineers began work on a new technology in the late 1950s, they had an inkling that the work would take some time. They estimated years, but in fact, it was decades. The early rotary combine development started with drawings like Elof Karlson’s concept done by Mel Van Buskirk above. A model 76 experimental harvester thresher was later modified to their design. This was the first rotary machine.

Early in the history of the Axial-Flow® combine development, the IH team began working inside a locked garage at the East Moline Plant. Access to the garage for the next 17 years would be strictly controlled. Only the key engineers working on the project were allowed inside. Test machines were run in Australia starting from 1966.

The Grand Island facility is the CNH Industrial North America

Combine Centre of Excellence. This state of the art facility

is considered one of the premier manufacturing facilities

within CNH Industrial. Three distinct ranges of combines are

manufactured on the same assembly line, making the Grand

Island facility the only CNH Industrial plant to utilise mixed

model production. Several business units make up the

manufacturing portion of the Grand Island plant including

fabrication, welding, paint and assembly. Each area uses

modern technology to aid in the processes including an

automotive grade e-coat paint system, laser cells, robotic

welders and wireless testing systems. The Grand Island

facility has approximately 800 employees and over

800,000 sq. feet of manufacturing space.

POWERFUL ADVANTAGES

Axial-Flow® 40 series combines with new engine technology

join the Case IH Efficient Power family, delivering more

power and better fuel efficiency with extended service

intervals and minimal scheduled maintenance. Case IH

engines are designed to provide responsive power and

improved fuel economy. They also run cooler, unlike power-

robbing EGR solutions. All Case IH Axial-Flow® combines

sold in Australia and New Zealand use neither EGR nor

SCR (AdBlue), providing a simple, single-fluid solution.

ADVANTAGES

All Axial-Flow® 40 series combines offer a significant

increase in fuel economy. Some of our competitors use

an EGR emission-control system that slows combustion

and compromises engine performance. Case IH FPT

diesel engines are tuned to peak performance, offering a

combination of power and fuel economy. Additionally, all

40 series engines offer automatic low idle speeds of 600

RPM to further increase fuel savings when the combine

is not under load. Economy Mode on the Axial-Flow®

240 series also reduces engine speed while roading.

MORE HORSEPOWER

All Axial-Flow® models feature added horsepower

combined with the fuel-efficient Case IH FPT engines.

The Axial-Flow® 140 series engines provide up to

50 kilowatts (67 horsepower) of power rise and the

Axial-Flow® 240 series engines provide up to 55

kilowatts (75 horsepower) of power rise to handle

demanding field conditions and today’s higher loads.

THE ENGINESGRAND ISLAND

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THE ULTIMATE CABIN

Guided by input from producers and custom operators,

Case IH has taken one of the largest and quietest cabs

in the industry and made it even better. The redesigned

Case IH cab provides the ultimate in convenience,

comfort and productivity for your office in the field.

The enhanced Case IH right hand console moves

with the seat to control most vital functions, with the

operator’s arm in a comfortable resting position.

Similar functions are grouped together, and multiple

settings for different crops and conditions are easily

saved for future use. You can keep your eyes on the

field rather than searching for knobs or buttons.

In addition, all models use the state-of-the-art AFS®

Pro 700 display for yield monitoring as well as machine

functions and guidance control. The AFS® Pro 700 is

compatible with all Case IH high horsepower equipment,

so the operating logic and layout has consistency across

Steiger, Magnum and Puma tractors and Patriot sprayers.

1918

COMFORT, CONTROL AND CONNECTABILITY

� Slide rail console

� Standard AFS® Pro 700 display

� Mobile phone cradle with power port – easy reach and readability

� Separate power outlet

� Cloth or optional leather seating

INSTRUCTIONAL SEAT WITH PORTABLE FRIDGE

� Instructional seat backrest flips down to create a work surface

� Portable fridge included – can be removed to take home at the end

of the day or used in another vehicle. It comes with an additional

power lead for the second application

REFINED RIGHT HAND CONSOLE

� Moves with seat for smooth operator control

� Similar function grouping at your fingertips

� Multiple settings easily saved for future use

� Cross auger control (240 series)

� Standard industry exclusive pivoting spout (all models)

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We pioneered rotor development back in the 1960s. Since then refinements, enhancements, and improvements have

led to the pinnacle in rotor performance, the AFX rotor. It features impellers that draw the crop and air into the rotor.

The AFX rotor can be set into many configurations, adapting to both crop and threshing conditions with the use of

straight bars, spiked rasp bars, and helical kickers. Competitive rotor and cage designs can reduce productivity, and

increase grain damage because of inefficient feeding and crop-control designs.

TRANSITION CONE

The transition cone is the most patented feature of the

Axial-Flow®.

Its simple geometry transitions crop from feeder to

rotor. Crop is smoothly accelerated in a spiral motion

from 8km/h to approximately 96km/h.

FEEDER SIZES

Feeder sizes are designed to match each combines capacity.

Axial-Flow® feeders produce a thick crop mat and utilise

rolled cast or steel-slat feeder chains for aggressive feeding

with minimal grain damage. The enhanced crop flow results

in improved rotor performance and machine productivity.

ROTOR

The single in-line Axial-Flow® rotor coupled with

a concentric rotor cage delivers gentle, multiple

pass, grain-on-grain threshing and smoother crop

flow – the hallmark of an Axial-Flow® combine.

The Axial-Flow® rotor uses impellers, rasp bars, and helical

kickers to efficiently move crop through the machine for

more complete threshing and greater productivity.

TAKE CONTROL OF YOUR HARVEST

2322

CUSTOMER DRIVEN DESIGN

PIVOTING AUGER SPOUT

An industry-exclusive pivoting spout allows easier grain

cart fill. From the comfort of the cab, the operator can

reposition the unloading grain stream without removing

their hand from the multi-function handle.

The unloading spout can be positioned where needed,

instead of moving the entire combine. Available on all

Axial-Flow® combine models.

ONE-TOUCH CONTROL GRAIN TANK EXTENSIONS

Large grain tanks with quick in-cab folding extensions

are standard on all Axial-Flow® models. These

cab folding extensions provide enhanced operator

control and the ability to fold down the extensions for

transport or storage with the flip of a switch. Optional

grain tank covers are also available on all models.

FASTER UNLOAD RATES

With unload rates up to 4.5 bushels per second

(159 L/sec) there is a Case IH combine to

suit all your unloading requirements.

All Axial-Flow® combines feature industry leading

unloading auger lengths. 240 series Axial-Flow®

combines also include the industry exclusive

independent grain tank cross auger control.

AUTOMATIC CROP SETTINGS

For Axial-Flow® 140 and 240 Series models, Automatic

Crop Settings provide up to ten different machine

settings and 80 factory crop presets. Each crop type

can contain multiple user-defined work conditions,

all of which can be transferred between machines.

AVAILABLE TRACK VERSIONS

To help widen your harvest window, the front axle of the

Axial-Flow® 240 Series combines can be equipped with two

different track options to provide greater flotation and less

soil compaction.

The 725mm (28.5 inch) wide, suspended undercarriage

tracks provide the ultimate ride on a 3m centre-to-centre

measurement for CTF. The 915mm (36 inch) wide

Quadtrac style provides the ultimate in flotation while

maintaining ride quality without sacrificing ground speed.

Both track options are designed to reduce ground pressure

and minimise soil disturbance to reduce stress on your

fields while maintaining a smooth, comfortable ride.

CROSS FLOW™ CLEANING FAN

The Cross Flow™ Fan is designed for even air

distribution. Air flow is pulled from the top of the fan

across the entire width of the combine, which provides

even air flow across the entire width of the sieves.

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140 SERIES FEATURES140 SERIES AXIAL-FLOW® COMBINES.PROVEN PRODUCERS WITH BUILT-IN ECONOMY.Perfect for owner operators and fleet operations, the Axial-Flow® 140 Series combines deliver maximum

peace of mind through a simple to operate, efficient and reliable design featuring a belt-driven rotor.

With proven 6.7 L – 8.7 L engines, up to 375 rated engine horsepower and up to 300 bushels (10560 L)

capacity, they give you the same superior grain quality, grain savings and value as the larger 240 series.

LUXURY CAB

� 3.16m2 of space, 5.76m2 glass

� Right hand console groups controls by function

� AFS® Pro 700 monitor provides operator to machine interface

� Convenient storage compartment integrated within the HVAC system

provides heating/cooling for beverages

� Leather option

� Portable fridge

RESIDUE MANAGEMENT SYSTEM

� Standard Beater with optional Chopper

� Standard dual disc spreaders

5.4M2 CROSS FLOW™ CLEANING SYSTEM

� Largest cleaning system for Class V to VII combines

� Auger bed with 6 extended wear augers

� Patented Cross Flow™ Fan (450-1300RPM range)

� Cross Flow™ cleaning system can increase

productivity up to 20%

� Cross Flow™ cleaning system compensates for

hillsides and is designed to maximise cleaning

capacity up to 12 degrees

AFX ROTOR

� Creates smooth crop flow

� Improves throughput

� Puts more high quality grain in your tank

� 156 degrees of concave wrap

� Split concaves weigh 17kg each

DRIVELINE

� 2WD standard

� Optional powered rear axle

FEEDER

� 3-chain/2-strand feeder chain

� Feeder drum with drum rings

� New hydraulic tensioner

� Feeder reinforcements

CONCAVES

For ease of handling when fine-tuning for best threshing

performance, the single concave sections of prior combines

have become two individual concaves, which equates to

six concaves (three sections on previous models) with an

individual weight of 17kg each.

CLEANING SYSTEM

With the yield of many crops on the rise and customers

wanting to get the crop off the fields faster, this has meant

combines are travelling at higher field speeds. As such our

combines are continually evolving to meet these higher

demands. Our enhanced cleaning systems, the largest in their

respective classes, features a 6-auger bed system designed to

move grain more efficiently.

This helps boost cleaning capacity by up to 5,000 bushels per

hour (176,195 L/hour), so you can harvest more of what you

grow. The left-hand auger rotates in the opposite direction of

the other augers to provide even filling of the cleaning area.

CROSS FLOW™ CLEANING SYSTEM

When harvesting on side-hills, the crop will flow to the

downhill side due to gravity. This causes an overload of

the cleaning system and increased grain loss.

The Cross Flow™ system will help to prevent the one-sided

sieve overload by providing side strokes on the upper sieve,

moving the crop onward to the clean grain auger and then to

the tank. The Cross Flow™ system detects the side-hill angle

using a sensor located on the combine. The steeper the side-

hill, the more the upper sieve strokes towards the uphill side.

This will ensure maximum productivity regardless of incline.

UNLOADING AUGER

� 3.2 bu. /sec (113 L/sec)

� Pivoting spout with grain saver door

2726

240 SERIES AXIAL-FLOW® COMBINES.POWER PLUS TECHNOLOGY.Producers with large acreages and crops of all types will appreciate the crop

adaptability, grain quality and grain savings of the Class VII, VIII and IX

Axial-Flow® 240 Series combines.

They feature proven 11.1 L, 12.9 L and industry leading 15.9 L engines with up

to 550 rated horsepower and 625 peak horsepower. Couple that power with up

to 410 bushels (14,400 L) grain tank capacity and an unload rate of up to 4.5

bushels/second (159 L/sec) for all the productivity you could possibly want. The

Axial-Flow® 240 Series includes extra features like a self-levelling cleaning system,

belt-free Power Plus CVT rotor drive with an in-cab deslug feature and automatic

crop settings for quick, push-button return to the machine settings you use most.

LUXURY CAB

� AFS® Pro 700 monitor provides operator to machine interface

� Convenient storage compartment integrated within the HVAC

system provides heating/cooling for beverages

� Climate control

� Leather wrapped steering wheel

� Standard portable fridge

315 / 410BU (11,100 L-14,400 L) GRAIN TANK

� In-cab folding extensions and optional powered grain covers

� Unloading augers matched to head capacity

� 7240: 4Bu/sec (141 L/sec), 8240/ 9240: 4.5Bu/sec (159 L/sec)

� Industry exclusive pivoting unloader spout with grain saver door

� Residue options: 3 optional chopper packages

10,075 SQ. INCH (6.5M2) CLEANING SYSTEM

� Largest cleaning system in the industry

for Class VII – IX combines

� Self-levelling (up to 12%) cleaning system

maximises efficiency and grain savings

� Grain pan starts cleaning process and

improves cleaning system efficiency

FEEDER

� 4-chain/3-strand feeder chain

� Ability to adjust the cutterbar to

the optimum angle for feeding

AFX ROTOR

� Creates smooth crop flow

� Improves throughput

� Puts more high quality grain in your tank

� 180 degrees of concave wrap

� 6 threshing and separating module options

� Adjustable cage vanes improve threshing and throughput

CONTINUALLY VARIABLE TRANSMISSION DRIVES

� CVT Rotor Drive

� Optional CVT Feeder Drive

� Exclusive in cab de-slug feature

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SELF-LEVELLING CLEANING SYSTEM

The Self-Levelling Cleaning System (SLS), standard

on Axial-Flow® 240 series combines, saves grain and

increases productivity on flat ground as well as on hills.

The entire system (grain pan, top sieve, bottom sieve,

and fan) levels itself for optimum cleaning efficiency on

flat fields or hills and banks on end row turns, minimising

potential grain loss.

AUTO INCLINE RPM (AIR) SYSTEM

This new feature automatically adjusts the fan RPM

speed when the combine is operating on a slope, (uphill

or downhill) to reduce grain loss from the rear of the

combine. By automatically adjusting the fan speed it

minimises grain loss and maximises combine productivity.

HYDRAULICALLY DRIVEN CLEANING FAN

The hydraulically driven cleaning fan gives the ability

to quickly react to changing conditions or headland

modes. The system can also maintain the cleaning fan

speed while the engine RPM drops under load – giving

more consistent cleaning system performance when it is

needed most.

INDEPENDENT CROSS-AUGER CONTROL

The Axial-Flow® 240 Series features independent cross-auger

control. This allows the operator to engage and disengage the

cross augers independently from the vertical and horizontal

augers. Having its own independent drive allows for more

consistent control, as well as the benefit of being able to shut

the cross augers off to assist in the emptying of the unloader

auger. This reduces load on the auger drive components, as

well as reducing the weight of the unloading auger during the

fold/unfold process reducing component wear.

The entire unload system on the new Axial-Flow® 240 series

combines has been improved with larger components, including

a 17 inch vertical tube and high capacity unload elbow.

EXCLUSIVE POWER PLUS CVT. MORE POWER, LESS DOWNTIME

The industry exclusive Power Plus CVT delivers more power and

less downtime thanks to a fully mechanical driveline to the rotor.

The CVT system offers efficient mechanical all-gear drive with

a hydraulic motor to vary speed. The exclusive rotor de-slug

allows you to reverse the rotor from the comfort of your cab.

The Power Plus CVT drives on the Axial-Flow® 240 Series mean

less routine maintenance thanks to only three drive chains and

6 belts on the entire machine.

TRI-SWEEP™ TAILINGS PROCESSOR

The Tri-Sweep™ tailings processor, standard on the

Axial-Flow® 240 Series combines, uses three sets of

impellers to gently re-thresh and elevate the tailings,

returning them back to the active grain pan for final

cleaning. Additional covers are available should conditions

require a higher degree of threshing/processing in this

area. This results in higher machine capacity, increased

harvest efficiency, and improved grain quality.

CLEAN SAMPLES, MINIMAL LOSS

Case IH Axial-Flow® combines lead the industry in

cleaning area.

In each class size, the Axial-Flow® cleaning area is larger,

delivering cleaner samples with minimal losses and

matched capacity.

� Two folding auger length

options to provide easier

transport and storage.

240 SERIES FEATURES

Competition Case IH Axial-Flow Combine

CLEANING SYSTEM SIZE

Combine Class Size

Tota

l Cle

anin

g Are

a (s

q. in

.)

V/VI V VI VII VII VIII/IX VII VIII IX

12,000

10,000

8,000

6,000

4,000

2,000

05140 6140 7140 7240 8240 9240

3130

SMALL WIRE

Small grain

SLOTTED

Edible beans and sunflowers

HARD-TO-THRESH KIT

Cereal grains

ROUND BAR

High moisture corn and rice

LARGE WIRE

Corn, soybeans and rice

LARGE SKIP WIRE

Separating area

SOLID MODULE

Easy threshing and separating

240 SERIES MODULE OPTIONS240 SERIES MODULE OPTIONS

240 SERIES ACTIVE GRAIN PAN

Different rotor modules on the Axial-Flow® 240 series

can be used to easily adapt to a variety of harvesting

conditions. Rotor modules are composed of two sections,

right and left, and are interchangeable front to back.

The 18kg modules are secured with just two bolts and

can easily be switched within minutes.

Designed for extra capacity, an active grain pan is utilised

on the Axial-Flow® 240 series. The active grain pan helps

stratify material, leaving the heavy seeds at the bottom of

the pan, and the lighter MOG (Material Other than Grain)

at the top.

When the layers move onto the sieves, the grain falls,

and the MOG is lifted in the air by the Cross Flow™

cleaning fan.

The transition cone

smoothly transitions crop

from feeder to rotor

240 Series

180˚ module wrap

(2-piece design)

140 Series

156˚ concave wrap

(1-piece design)

Concentric Rotor Cage

The Axial-Flow® rotor

efficiently moves crop

through the machine

The concentric rotor cage

provides positive crop control and

allows maximum crop separation

Adjustable rotor vanes

provide the ability to control

crop flow in the rotor cage

The Cross Flow™ Cleaning fan

provides superior air flow across the entire sieve

The active grain pan moves grain and Material Other than Grain (MOG)

to the cleaning system. The grain pan stratifies the grain from the MOG

starting the separation process before it reaches the cleaning system.

*Axial-Flow® 240 Series AFX

rotor configuration shown

with optional straight bars

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MORE RESIDUE MANAGEMENT IMPROVEMENTS

If you’re looking to enhance your field environment,

uniform residue spreads are an important first step

before seed, chemical and fertiliser placement. The

Axial-Flow® 140 Series feature a hydraulically driven in-

cab speed controlled straw spreader. With two residue

modes (spread and windrow) providing options to meet

your residue requirements and improve straw quality.

In-cab adjustable spread width deflectors allow for ease of

adjustment on the go. The spreaders have a single point

quick latch and lock out position placing the spreaders

in a servicing position for ease of cleaning and access.

The Axial-Flow® 240 Series offer spreader options with

enhanced geometry for increased width and even chaff

spreading. Easily adjust spread width with manual

adjust linkage or with the option to adjust electronically

from the cab on-the-go, so you can change residue

patterns to offset crosswinds or to adjust to varying

field conditions or future planting needs. A new centre

divider also adjusts to control the spread pattern

behind the combine. In addition, the windrow opening

is 45% larger with an improved residue geometry to

provide better windrow formation and material flow.

MAGNACUT CHOPPER

The Axial-Flow® 240 Series offer the MagnaCut chopper

option for unparalleled performance in the heaviest of

crop conditions. The three-row helix design coupled with

longer, more aggressive counter knives produces the finest

cut in residue with superb adjustability to balance both

cut and power consumption. The MagnaCut is so unique

that it was given the prestigious AE50 Award from the

American Society of Agricultural and Biological Engineers.

MANAGE RESIDUE EASILY AND EFFECTIVELYThe Case IH residue management system is built to handle the tough residue

associated with new crop genetics. We offer the widest range of residue management

features on the market to tailor residue to your tillage and livestock demands. The

system delivers consistency across the larger head widths used on the Axial-Flow®

40 series combines, helps prepare the ground for next year’s crop and can create

consistent windrow formations and long straw for baling.

Axial-Flow® combines use an integral chopper when fitted to ensure maximum

efficiency by using a beater or chopper, not both!

AXIAL-FLOW® RESIDUE MANAGEMENT

The Axial-Flow® 140 Series combines feature a three-

blade discharge beater as standard, or the optional

straw chopper can be selected that replaces the

standard beater for superior performance.

Axial-Flow® 240 Series model choppers deliver the right

residue-handling system for any operation. Choose from

four different residue packages to match your requirements

to your farming operation. Options exist for spreading or

windrowing and even spreading chaff and windrowing straw.

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VEHICLE PERFORMANCE

MAP

AFS ACCUGUIDE™ AUTOGUIDANCE

VARIETY MAP

MOISTURE MAP

YIELD MAP

BOUNDARY MAP

TECHNOLOGY IN HARVEST

Monitor, map and evaluate your crops performance to help maximise your profit and yield. Be able to compare yield

and moisture data with prior yield maps to determine what factors or operations will enhance future yields. If you find

you are not in the driver’s seat during harvest, you can now monitor real-time harvesting data remotely to help make

recommendations for improving efficiencies.

DATA MANAGEMENT - AFS CONNECT™

� Mapping and Records

Generate yield maps to make informed decisions to help

improve yields.

Yield Map: Instantaneously record yield and moisture

data about this year’s crop as you harvest. Transfer

yield map wirelessly to your agronomist or home office

to help make management decisions during the

off-season.

Variety Map: Utilise a variety map to automatically

assign variety characteristics to incoming yield data.

Use this information to analyse yield and moisture

characteristics for each variety/hybrid.

Boundary Map: View acres remaining, time remaining

and estimated bushels remaining in current field.

� Yield and Moisture Monitor

Allows you to monitor and record harvesting data, helping

you make decisions to improve current yield and improve

future yield potential.

� 2-Way File Transfer

Seamlessly transfer as-harvested maps to your home

computer or trusted agronomist.

EQUIPMENT EFFICIENCIES - AFS®

� AccuGuide™ Auto Guidance

Provides hands-free steering to achieve and maintain

accurate row positioning in ever-changing harvest conditions

and ease operator fatigue during long hours of operation.

Use the “Line Splitting” feature to use Multiswath+ lines

you recorded during planting with a 16-row planter and

harvesting with an 8-row combine head.

� AFS® Row Guide

Provides accurate, hands-off steering during corn harvest

to reduce operator fatigue.

� Auto-Cut Width

Adjust combine cut width when traveling through odd-

shaped fields, point rows or previously harvested areas to

provide accurate yield readings.

� Variety Tracking

Analyse seed variety performance using data from planting

in conjunction with yield and moisture data tracked at

harvest – up to 30 different varieties per field.

LOGISTICS OPTIMISATION - AFS CONNECT™

� Live Time Dashboard

View real-time performance data, with one-minute

data updates, to ensure your combine is working

most efficiently, including yield, crop moisture, rotor

speed, cleaning fan speed and upper and lower

sieve openings.

� Fleet Management

Coordinate unloading, maintenance and refueling to

make the most of tight harvesting windows.

� Graphic Reports

Create reports that show area worked, yield average,

flow average, moisture average and more.

� Custom Alerts

Receive emails alerting you of yield, moisture and other

harvest data.

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In order to obtain the highest performance output from a combine, high capacity feeding

is key. There is no better match for a Case IH Axial-Flow® combine than a Case IH head.

Case IH heads have been designed to complement the entire range of Case IH Axial-Flow®

combines capabilities and enhance their output potential. Case IH heads are built to perform

at their best in all conditions, to improve on productivity and overall performance resulting in

minimal loss.

Simple and reliable, just like the combines behind them, Case IH heads are simple to set

and adjust, intuitive to operate and help you deliver more high quality grain to the tank.

A SOLUTION FOR EVERY CROP

HEADER CROP

3016 Pick Up header All windrowed crops (grass, clover, cereals and canola)

3050 Vari-Cut Grain header All cereal crops (wheat barley, oats, canola)

3152/3162 Draper header Cereals (with less straw content)

4400 Corn header Corn

THE GREATEST CHOICE OF HEADS TO GIVE YOU THE GREATEST YIELDS

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Case IH 3100 series draper headers are designed to not only

match today’s faster field speeds, tougher crop conditions and

changing environments, but take on tomorrow’s challenges

as well. With modern high horsepower Axial-Flow® combines,

tougher crop genetics, and unpredictable harvest conditions,

the 3100 series draper headers have been engineered to

harvest more. The Case IH 3100 series draper headers have

been designed from the ground up starting with the frame.

All 3152/3162 frames are designed and constructed with

a fully welded frame to ensure strength and durability in

the field. The 3100 series draper heads incorporate simple

adjustments allowing it to perform in all field conditions.

3152/3162 DRAPER HEADERS

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HARVEST IN ALL CONDITIONS

Designing a header capable of taking on any challenge it’s

likely to face in the field, is a tall order. The 3100 draper

header handles every crop in its stride. The six-bat reel cam

action lifts the crop and draws it over the cutterbar, before

gently laying it on the belt. The reel is adjustable fore and

aft from the cab to help feeding in changing conditions.

The 3100 series draper headers have been developed to

allow the full capacity of Case IH Axial-Flow® combines to

be exploited, but while this means they can match the high

forward speeds of our combines, that’s not at the cost of grain

losses. A seed saver channel is located on the bottom edge

of the draper belts. This feature allows the grain to be pulled

into the combine instead of being lost, saving valuable grain

and improving productivity. The narrow end dividers minimise

crop knock down, particularly when cutting out of the row,

while the gentle yet rugged belts maximise throughput and

capacity. In the unlikely event that the draper belt is damaged

from a rock or foreign object it can be serviced rather than

replaced entirely, by simply removing the damaged section

and replacing it with a new section which is available as a

service parts kit. All 3152/3162 headers come standard with

in-cab hydraulic fore/aft control enhancing crop feeding.

This gives the operator the ability to tailor the cutter bar

angle to optimise the headers cutting and feeding ability.

UNMATCHED RELIABILITY

Among the most innovative features of Case IH combine

header design is the patented CentraCut® central knife drive,

which powers the two phased knives from the middle of the

header, resulting in smooth running without vibrations. For

reduced wear and longer life, the knife drive runs in an oil

bath. An integrated stone trap collects stones and soil to

ensure contamination cannot reach the grain tank and the

chances of combine internal damage are minimised. Having

the CentraCut® knife drive allows for narrow end dividers

and a well balanced knife drive since the head is driven

from the centre. This also eliminates the need for a double

knife drive. The drive is very simple in design and eliminates

having extra components and their additional weight on

the ends of the header. For high levels of productivity, the

knife speed can be adjusted all the way to an impressive

1260 strokes per minute. A 3 inch coarse cut knife provides

exceptional cut quality even at high ground speeds.

THE PERFECT HANDLING OF BLOCKAGES FROM THE CAB

To assist with removing blockages the combine can reverse

the centre draper belts to remove crop material away from

the feeder house. When the feeder is then engaged to

re-commence feeding, the outer draper belts are delayed

to allow time for the feeder to process any remaining

crop and ensure a smooth crop flow to the feeder whilst

also further reducing the risk of secondary plugging.

3152 RIGID DRAPER HEAD FEATURES

� Available cutting widths: 30 ft (9.1m), 35 ft (10.7m),

40 ft (12.2m), and 45 ft (13.7m)

� Heads-first feeding provides smoother, more even

feeding which results in increased productivity

� Six-bat, fully adjustable cam action reel lifts the crop

over the cutter bar to the draper belt for increased

grain savings and grain quality

� Hydraulic reel drive, speed adjustable from cab

� Hydraulic reel control – raise, fore/aft

� Stabiliser wheels

� CentraCut® knife drive – 3x the cutting force vs. single

drive and 2x the cutting force vs. double drive

� Hydraulic drive - adjustable speed to max 1260 cuts

per minute

� Adjustable speed side draper belts (2)

� Available with the option of single or two side by side

fixed speed centre infeed belts (depending on head

size selected)

� Automatic Header Height Control (AHHC) sensors

fitted to control height and tilt

� Self contained hydraulic drives for hydraulic knife drive

and feed drapers

� Direct drive Retractable Tine Drum

3162 TERRAFLEX® DRAPER HEAD FEATURES

� TerraFlex® Cutterbar Suspension - 150mm (6 inch)

range of flex. Dampening is controlled using in-cab

control system

� Available in 35, 40 and 45 ft variants

� Heads-first feeding provides smoother, more even feeding

which results in increased productivity

� Six-bat, fully adjustable cam action reel lifts the crop over

the cutter bar to the draper belt for increased grain savings

and grain quality

� Hydraulic reel drive, speed adjustable from cab

� Hydraulic reel control - raise, fore/aft

� Automatic Header Height Control (AHHC) sensors fitted to

control height and tilt

� Self contained hydraulic drives for hydraulic knife drive and

feed drapers

� CentraCut® knife drive – 3x the cutting force vs. single drive

and 2x the cutting force vs. double drive

� Hydraulic drive - adjustable speed to max 1260 cuts

per minute

� Adjustable speed side draper belts (2)

� In-cab cutterbar flex adjustment

� Stabiliser wheels

� Unique torsion block provides wider pressure range than

competitive hydraulic systems

� Sensors in the cutterbar for better response in low crops

� Direct drive Retractable Tine Drum

3152/3162 DRAPERS HEADERS

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HIGH-SPEED, LOW-LOSS HARVESTING

The design of the Case IH 3050 Vari-Cut header can

be adapted to suit varying conditions and extract the

maximum from every field and every crop for the ultimate

in high capacity, high quality harvesting. With its high

sickle speed up to 1,260 strokes per minute and its

contour hugging ability, the header maintains a consistent

short or long stubble height, at a high ground speed. The

integral knife drive pulley flywheel is designed to maintain

knife inertia and to cut out peak loads, providing smooth

running at any harvesting speed. The reel is synchronised

with the ground speed when using automatic reel

speed control, reacting to the combine’s forward speed

to provide low-loss intake and top quality output.

MANAGING ALL CONDITIONS

The full capacity of the 3050 Vari-Cut header can be

exploited whatever the straw volume of the crop in

question, with the aid of a movable knife that allows

long-strawed crops and high volumes to be easily

ingested for even and consistent feeding. With the

hydraulically adjustable cutter bar being able to move

over a range of 575mm this gives the operator the

ability to optimise crop feeding and improve productivity

and efficiency. For short crops, the knife can be quickly

retracted on the go, without reducing ground speed. A

large 107cm reel diameter with an exceptional lift height

of 184cm makes it easy to limit losses to a minimum and

reduce reel wrapping in crops such as canola and rye.

DON’T BOTHER WITH LAID CROPS

3050 Vari-Cut headers are superbly equipped to deal with

laid crops. The reel tines can reach up to 75mm below the

cutter-bar to pick up down crop. This allows the knife to be

operated at a higher cutting position to help protect it from

rocks and other foreign objects reducing knife damage.

Crop lifters can be set to reach below the cutterbar to ease

the crop from the ground and improve cutting performance

without picking up stones or loosing valuable seed. Crop

lifters are available for conditions requiring them, such as

flattened straw or over-ripe barley, while for circumstances

where they are not needed, they can be stored in a

convenient location on the right hand side of the header.

Our 3050 Vari-Cut heads are available in 35 and 41 foot sizes.

3050 FEATURES:

� Single knife drive

� 3 inch fine knife cut and knife guards

� 3 inch knife guards

� Rigid cutterbar

� Adjustable fore/aft knife travel – 575mm range

� 6 bat reel with steel tines - single span

� Medium length crop dividers

� RC60 auger drive chain

� 660mm (26 inch) diameter cross auger with

127mm (5 inch) flighting

� Auger fingers set in spiral pattern

� Patented finger retainer

� Cutting Width: 35 ft single, 41 ft double

� Adjustable knife position - 575mm range can be adjusted

while operating from the cab

� Vertical knives – hydraulically driven

� Auto Header Height control – tilt and height

� 12.5m (41 ft) cut – well suited to 12m (40 ft) controlled

traffic farming applications

� 2 piece auger supported at the centre on 12.5m unit

3050 VARI-CUT RIGID AUGER HEADER

Our focus at Case IH has always been to make combines that perform in demanding conditions.

The design of the 3050 Vari-Cut header means it can handle everything from heavy cereals to

canola, whether standing or laid down. With its robust design and easy-to-operate nature, the

3050 Vari-Cut header is the combine operator’s harvest tool to get the job done.

4544

3016 FEATURES

� Available in two sizes: 12 ft and 15 ft pick-up.

Perfect for harvesting windrowed crops

� Single picking belt – 12 ft only

� Three-section picking belt – 15 ft only

� 660mm (26 inch) diameter floating auger

� Variable speed hydraulic drive controlled by combine reel

speed control

� Two-stage delivery unit – has pickup belt and transfer belt

to optimise pickup and transfer of crop without damage

� The pickup has centre-balanced shock absorbing

suspension with hydraulic dampening

� Caster gauge wheels adjust height and enhance

tracking on turns, provide less frame stress and eliminate

ground scuffing

� Ground speed synchronisation with pickup belt

� Flexing picking frame – allows up to 300mm (12 inches) of

flex within the picking frame

� Seed dam is integrated into the floor

� Plastic teeth on belt for gentle handling of crop

� Front roller centre bearing support to prevent damage in

rocky conditions and maintain correct draper tension

� Automatic Header Height Control – keep the pickup header

at the optimum height

SWATH PICK-UP GUARANTEED IN ALL TERRAIN

The pick-up with a 300mm (12 inch) range of movement,

guarantees excellent picking ability in rough terrain. Height

adjustable caster gauge wheels are standard, helping to

eliminate ground scuffing, and reduce frame stress when

turning with the header on the ground. Header height

control helps crop lifting in uneven terrain. The two sensors

in conjunction with the height and lateral tilt circuit systems

maintains smooth operation at fast speeds up to 14 km/h.

For perfect floating performance over the field, the 3016

pick-up head is equipped with hydraulic flotation. This is

controlled from the cab, and can be easily adjusted for a wide

variety of field conditions. The result is consistent header

pressure on the ground, for the best possible harvest in

changing conditions and rough terrain. A single PTO drive

provides effective and efficient power delivery. This means

clean, simple power delivery with minimal daily maintenance.

The 3016 pickup heads have been designed for today’s larger

combines and the heavier windrows that are now becoming

more and more common. For cereal grains, canola or grass

seed, the 3016 pick-up head is the solution to them all.

It lifts swaths cleanly and gently with minimal seed losses.

The swath is transported smoothly on the belts to the

combines’ feeder. The pick-up belts cover the total width of

the pick-up, ensuring the gathering of all material without

running over adjacent swaths. Extra pick-up fingers increase

the performance in tough conditions. The pick-up belt speed

can be adjusted to match the combine’s forward speed, for

improved crop lifting and minimal grain losses. The swath

remains intact until it reaches the combine’s internals.

A hydraulically adjustable wind guard is used to ensure

undisturbed pick up from the ground and smooth

guiding of crop to the auger. A large 66 cm (26 inch)

outer diameter auger with double V finger patterns and

retractable fingers provides clean and even sweeping

of material into the combine, whilst preventing material

wrapping and carry-over. To adjust to field conditions the

double drive sprockets offer two auger speeds for specific

crop loads and smoother feeding. The floating auger

allows for precise feeding according to swath density.

3016 PICK UP HEAD

4746

The 4400 Series corn heads are the latest innovation in

harvesting technology. The new corn head has many features

that allow it to pick more corn, at higher ground speeds in

very adverse conditions. Not only has productivity and grain

savings improved, but the actual service and maintenance

has been simplified to allow for more time spent harvesting.

4400 CORN HEADS

4948

DESIGNED TO CATER FOR HIGH YIELD CONDITIONS

When the ear is removed from the stalk, the ear savers

on the 4400 series prevent the ear from rolling off

the header, significantly reducing header loss.

The dividers are the key to picking up down crop or

separate tangled corn plants. They have a considerable

influence on the result of the harvest. The narrow,

smooth profile and the flatter angle of the 4400 series

dividers ensures the corn plants are picked up with

minimal cob losses. The new poly dividers feature a

double walled construction. This improves the dividers

flexibility due to the removal of the internal steel

framework, and allows the dividers to flex if run into the

ground, reducing the risk of damage. Double poly is also

one of the most robust snout designs in the industry

when it comes to durability and wear longevity.

The new dividers feature replaceable wear strips as

standard equipment. These wear strips are not only on

the front dividers but also on the rear divider hoods. If one

of the strips was ever worn or damaged it can be easily

replaced, saving the cost of replacing the entire divider.

Our new patented corn retention louvers are also

standard fitment. These louvers channel loose kernels

back to the top of the row unit where the gathering

chains can then transition them to the auger.

The 4400 corn headers are designed to handle increasing

corn yields and tougher corn plants. With the increased

productivity of the Axial-Flow® combines, the double

roller chains now run in an oil bath, to operate the

row units in our 8 and 12 row corn headers. It gives

them the ability to handle the toughest and heaviest

crop conditions with maximum reliability. The row unit

gearboxes themselves are a heavy-duty design, with the

main gearbox housing made from aluminium for reduced

header weight and each row unit is slip clutch protected.

CHOPPING ABILITY

Optional stalk choppers are available for each row,

chopping the stubble close to ground, and to chop the

straw pulled down by the rollers. The choppers can

be engaged or disengaged separately for every row

when the header is used in very rocky conditions.

One of the greatest features of the 4400 series corn heads

is the pinching point stalk rolls. The pinching point design

provides superior feeding and stalk processing. As the knives

on the stalk rolls come around, they pull the stalk down while

breaking down the stalk to start the decay process. Properly

processed stalks reduce residue and increase the decay

process to prepare the field for next season’s planting.

The weed knives on the 4400 series strip the material off

the stalk rolls and prevent wrapping, ensuring high levels

of productivity.

AFS® ROW GUIDE

AFS® Row Guide is available and operates using the

current AFS AccuGuide™ system and two mechanical

sensors that provide row position data to your combine.

By utilising advanced GPS positioning and actual data

from the mechanical row feelers, accurate row positioning

can be achieved and maintained in ever changing harvest

conditions. AFS® Row Guide has been designed to provide

operators maximum adaptability by maintaining performance

whether the field was planted with or without guidance.

SIMPLE SERVICING

Simplicity is key when it comes to servicing. On 4400

series headers, the row unit dividers can easily be opened

one handed, with gas struts providing assistance.

Every header also comes with a spring tension release

tool for removing the gathering chain.

4400 FEATURES:

� Heavy Duty 5.5 inches x 5.5 inches

(140mm x 140mm) main frame

� Dividers & Hoods:

Maximum grain savings divider/snout profile

Heavy-duty double walled poly construction

Superior down corn performance

Easy service and maintenance

Patented corn retention louvers

Optional chopping row units

� Row Unit

Heavy duty row unit frames

Large diameter pinching point stalk rolls

High capacity heavy duty gathering chains

Large front gathering chain sprockets

No tools required to remove gathering chain

Easy row unit service and access

� Drives

Ability to turn choppers on and off separately

Agronomical designed chop quality

Heavy duty row unit gear boxes

Heavy duty header drives

4400 CORN HEADS

5150

OFFERING FINANCIAL SOLUTIONS FOR MORE THAN 50 YEARS.

CNH Industrial Capital’s extensive experience in the

agricultural industry has created a deep understanding

of your unique needs. Competitive equipment financing

with flexible payments can be timed to your cash flow.

Or, conserve capital and reduce upfront payments with

operating lease options. For other needs, choose from

commercial revolving accounts specific to the agricultural

industry. We can even help you protect your equipment

investment with a wide variety of insurance and equipment

protection products. There are financing options that fit the

way you farm. CNH Industrial Capital helps you find them.

Case IH keeps more professionals in the field to keep you

more productive. Our experienced dealers are happy to help

manage your equipment so you can maximise your yields and

bottom line. Parts and service technicians have the expertise

to assist you before, during and after the sale, while CNH

Capital will customise financing solutions that work best for

you and your farm. It’s an integrated equipment, maximum

service and financing system all in one package.

OUR COMBINES AREN’T THE ONLY THINGS WORKING IN YOUR FIELDS.

KNOWLEDGEABLE DEALERS THAT WORK WITH YOU.

Your Case IH dealer understands that your ultimate

goal is to optimise your return on investment. That

means matching the right horsepower, capabilities,

tools and implements to your farm. Your dealer

is here to recommend the appropriate options

package with proper tyres, weighting and ballasting

packages for optimum performance. They’ll even

work alongside you to analyse results, field by field.

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5554

SAFETY NEVER HURTS!™ Always read the Operator’s Manual before operating any equipment. Inspect equipment before using it, and be sure it is operating properly. Follow the product safety signs, and use any safety features provided. CNH Industrial Australia Pty Ltd reserves the right to make improvements in design and changes in specifications at any time without notice and without incurring any obligation to install them on units previously sold. Specifications, descriptions and illustrative material herein are as accurate as known at time of publication, but are subject to change without notice. Availability of some models and equipment builds varies according to the country in which the equipment is used. ©2018 CNH Industrial Australia Pty Ltd. All rights reserved. Case IH, its respective logos and the red, black and grey color scheme, as well as corporate and product identity used herein, are trademarks of CNH Industrial N.V. and may not be used without permission. Case IH is a trademark registered in the United States and many other countries, owned by or licensed to CNH Industrial N.V., its subsidiaries or affiliates. Printed in Australia. www.caseih.com CASEIH0045